Product Description
EN 12451 DHP- CW 004A EC / ETP Copper
We specialize in manufacturing and exporting a quality proven range of ETP Copper Tubes which finds usage in different industries. These are available in diverse grades, dimensions, thicknesses and at affordable prices to meet clients' budgetary requirements. Extremely durable, sturdy in construction, corrosion resistant and high performing, our ETP Copper Tubes are examined rigorously before final dispatch & offered at diminutive prices.
Product Details :
| Minimum Order Quantity | 500 Piece |
| Usage | Industrial |
| Shape | Tube |
| Material | Copper |
| Hallow Sections | Circular |
| Type | ETP |
| Specification : |
| EC / ETP Copper | ASTM B 68 C 12200 ASTM B 75 DLP C12000 BS 2871 Part 2 C 101 BS 2871 Part 3 C 106 EN 12451 DHP JIS H3300 C 1220 |
| Chemical Requirements |
|
| Copper + Silver | 99.90% |
| Lead | 0.005% |
| Total Imp. (Excl. Oxygen) | 0.03% |
| Physical Properties |
| Condition | T.S.Kg/mm2 | EL% Min |
| Annealed | 21.5 to 25.5 | 40% |
| As manufactured | 27.5 min |
|
| Fabrication Properties |
| Electrical Conductivity at 20 C | 99.25 % IACS min |
|
| Uses |
| Where electrical in high voltage installation is required |
Superior Performance and ReliabilityEN 12451 DHP-CW004A EC/ETP Copper delivers dependable thermal and electrical conductivity. Its composition ensures durability even in challenging environments, making it suitable for critical industrial applications. The low lead content and robust construction further contribute to its reliability and safety.
Flexible Options for Diverse NeedsAvailable in straight lengths or coils, this copper product supports custom dimensions, including thicknesses from 0.5 mm to 35 mm and diameters from 6 mm to 219 mm. Customers can choose round, square, or rectangular shapes to fit specific project requirements, with surface finishes like bright, polished, or mill.
Engineered for Corrosion ResistanceThe materials high resistance to corrosion makes it a preferred choice for heat exchangers, plumbing, and refrigeration. Its ability to maintain integrity under continuous exposure to moisture and chemicals ensures low maintenance costs and extended equipment life.
FAQs of EN 12451 DHP- CW 004A EC / ETP Copper:
Q: How is EN 12451 DHP-CW004A EC/ETP Copper utilized in industrial applications?
A: This copper grade is used extensively in heat exchangers, condensers, air conditioning systems, plumbing, and refrigeration due to its superior conductivity, corrosion resistance, and flexibility in customization.
Q: What standards does EN 12451 DHP-CW004A EC/ETP Copper comply with?
A: It complies with EN 12451 and ASTM B111 standards, ensuring strict quality control and reliable material properties suitable for global engineering and manufacturing requirements.
Q: When should I choose straight length or coil form for my project?
A: Select straight lengths for precise installations and structural fittings. Coils are advantageous for large-scale, continuous runs or when you need flexibility in custom shaping and cutting at the site.
Q: Where is this copper exported and supplied from?
A: EN 12451 DHP-CW004A EC/ETP Copper is manufactured and supplied from India by reputable exporters and suppliers who offer global shipment and custom packaging options, such as wooden cases and bundles.
Q: What is the usual process for ordering customized sizes and finishes?
A: Customers can specify dimensions including thickness (0.535 mm), length, width, diameter, cross dimension, and preferred surface finish. Technical drawings and requirements are reviewed before production and packing as per order.
Q: How does the coppers lead content and hardness benefit its performance?
A: With a maximum lead content of 0.005%, the copper is environmentally friendly and safe for potable water applications. Its hardness (6080 HB) and smooth surface finish ensure durability in mechanical systems and longevity in service.
Q: What are the main benefits of choosing DHP-CW004A EC/ETP Copper for engineering projects?
A: This alloy offers excellent thermal and electrical conductivity, high mechanical strength, corrosion resistance, and customizable options, ensuring optimal performance and adaptability in a wide range of industrial and engineering settings.